Example 1 with DotInfo
use of org.xclcharts.renderer.line.DotInfo in project XCL-Charts by xcltapestry.
the class SplineChart method calcAllPoints.
private void calcAllPoints(SplineData bd, List<PointF> lstPoints, List<DotInfo> lstDotInfo) {
if (null == bd) {
Log.w(TAG, "传入的数据序列参数为空.");
return;
}
if (Double.compare(mMaxValue, mMinValue) == -1) {
Log.w(TAG, "轴最大值小于最小值.");
return;
}
if (Double.compare(mMaxValue, mMinValue) == 0) {
Log.w(TAG, "轴最大值与最小值相等.");
return;
}
float initX = plotArea.getLeft();
float initY = plotArea.getBottom();
float lineStartX = initX, lineStartY = initY;
float lineStopX = 0.0f, lineStopY = 0.0f;
// 得到标签对应的值数据集
List<PointD> chartValues = bd.getLineDataSet();
if (null == chartValues)
return;
// 画出数据集对应的线条
int count = chartValues.size();
for (int i = 0; i < count; i++) {
PointD entry = chartValues.get(i);
lineStopX = getLnXValPosition(entry.x, mMaxValue, mMinValue);
lineStopY = getVPValPosition(entry.y);
if (0 == i) {
lineStartX = lineStopX;
lineStartY = lineStopY;
// line
lstPoints.add(new PointF(lineStartX, lineStartY));
lstPoints.add(new PointF(lineStopX, lineStopY));
} else {
// line
lstPoints.add(new PointF(lineStopX, lineStopY));
}
// dot
lstDotInfo.add(new DotInfo(entry.x, entry.y, lineStopX, lineStopY));
lineStartX = lineStopX;
lineStartY = lineStopY;
}
}Example 2 with DotInfo
use of org.xclcharts.renderer.line.DotInfo in project XCL-Charts by xcltapestry.
the class AreaChart method renderDotAndLabel.
/**
* 绘制区域
*
* @param bd
* 数据序列
* @param type
* 绘制类型
* @param alpha
* 透明度
*/
private boolean renderDotAndLabel(Canvas canvas, AreaData bd, int dataID, List<DotInfo> lstDotInfo) {
float itemAngle = bd.getItemLabelRotateAngle();
PlotLine pLine = bd.getPlotLine();
if (pLine.getDotStyle().equals(XEnum.DotStyle.HIDE) == true && bd.getLabelVisible() == false) {
return true;
}
PlotDot pDot = pLine.getPlotDot();
float radius = pDot.getDotRadius();
int count = lstDotInfo.size();
for (int i = 0; i < count; i++) {
DotInfo dotInfo = lstDotInfo.get(i);
if (!pLine.getDotStyle().equals(XEnum.DotStyle.HIDE)) {
PlotDotRender.getInstance().renderDot(canvas, pDot, dotInfo.mX, dotInfo.mY, pLine.getDotPaint());
savePointRecord(dataID, i, dotInfo.mX + mMoveX, dotInfo.mY + mMoveY, dotInfo.mX - radius + mMoveX, dotInfo.mY - radius + mMoveY, dotInfo.mX + radius + mMoveX, dotInfo.mY + radius + mMoveY);
}
// 显示批注形状
drawAnchor(getAnchorDataPoint(), dataID, i, canvas, dotInfo.mX, dotInfo.mY, radius);
if (bd.getLabelVisible()) {
bd.getLabelOptions().drawLabel(canvas, pLine.getDotLabelPaint(), getFormatterItemLabel(dotInfo.mValue), dotInfo.mX, dotInfo.mY, itemAngle, bd.getLineColor());
}
}
return true;
}Example 3 with DotInfo
use of org.xclcharts.renderer.line.DotInfo in project XCL-Charts by xcltapestry.
the class AreaChart method calcAllPoints.
private boolean calcAllPoints(AreaData bd, List<DotInfo> lstDotInfo, List<PointF> lstPoints, List<PointF> lstPathPoints) {
if (null == bd) {
Log.w(TAG, "传入的数据序列参数为空.");
return false;
}
// 数据源
List<Double> chartValues = bd.getLinePoint();
if (null == chartValues) {
Log.w(TAG, "线数据集合为空.");
return false;
}
float lineStartX = plotArea.getLeft(), lineStartY = plotArea.getBottom();
float lineStopX = 0.0f, lineStopY = 0.0f;
float currLablesSteps = div(getPlotScreenWidth(), (categoryAxis.getDataSet().size() - 1));
int count = chartValues.size();
if (count <= 0)
return false;
for (int i = 0; i < count; i++) {
double bv = chartValues.get(i);
// 首尾为0,path不能闭合，改成 0.001都可以闭合?
lineStopX = add(plotArea.getLeft(), mul(i, currLablesSteps));
lineStopY = getVPValPosition(bv);
if (0 == i) {
lineStartX = lineStopX;
lineStartY = lineStopY;
if (2 < count) {
if (Double.compare(bv, dataAxis.getAxisMin()) != 0)
lstPathPoints.add(new PointF(plotArea.getLeft(), plotArea.getBottom()));
}
lstPathPoints.add(new PointF(lineStartX, lineStartY));
lstPoints.add(new PointF(lineStartX, lineStartY));
}
// path
lstPathPoints.add(new PointF(lineStopX, lineStopY));
// line
lstPoints.add(new PointF(lineStopX, lineStopY));
// dot
lstDotInfo.add(new DotInfo(bv, lineStopX, lineStopY));
lineStartX = lineStopX;
lineStartY = lineStopY;
}
if (count > 2) {
lstPathPoints.add(new PointF(lineStartX, lineStartY));
if (Double.compare(chartValues.get(count - 1), dataAxis.getAxisMin()) != 0) {
lstPathPoints.add(new PointF(lineStartX, plotArea.getBottom()));
}
}
return true;
}Example 4 with DotInfo
use of org.xclcharts.renderer.line.DotInfo in project XCL-Charts by xcltapestry.
the class SplineChart method renderDotAndLabel.
private boolean renderDotAndLabel(Canvas canvas, SplineData spData, int dataID, List<PointF> lstPoints) {
PlotLine pLine = spData.getPlotLine();
if (pLine.getDotStyle().equals(XEnum.DotStyle.HIDE) == true && spData.getLabelVisible() == false) {
return true;
}
float itemAngle = spData.getItemLabelRotateAngle();
PlotDot pDot = pLine.getPlotDot();
float radius = pDot.getDotRadius();
int count = mLstDotInfo.size();
for (int i = 0; i < count; i++) {
DotInfo dotInfo = mLstDotInfo.get(i);
if (!pLine.getDotStyle().equals(XEnum.DotStyle.HIDE)) {
PlotDotRender.getInstance().renderDot(canvas, pDot, dotInfo.mX, dotInfo.mY, // 标识图形
pLine.getDotPaint());
savePointRecord(dataID, i, dotInfo.mX + mMoveX, dotInfo.mY + mMoveY, dotInfo.mX - radius + mMoveX, dotInfo.mY - radius + mMoveY, dotInfo.mX + radius + mMoveX, dotInfo.mY + radius + mMoveY);
// childID++;
}
// Log.e("spchart","dataID:"+Float.toString(dataID));
// Log.e("spchart"," I:"+Integer.toString(i));
// 显示批注形状
drawAnchor(getAnchorDataPoint(), dataID, i, canvas, dotInfo.mX, dotInfo.mY, radius);
if (spData.getLabelVisible()) {
// 请自行在回调函数中处理显示格式
spData.getLabelOptions().drawLabel(canvas, pLine.getDotLabelPaint(), getFormatterDotLabel(dotInfo.getLabel()), dotInfo.mX, dotInfo.mY, itemAngle, spData.getLineColor());
}
}
return true;
}